class WeatherHourly(object):
url_base = "http://api.wunderground.com/api/"
url_service = {"hourly": "/hourly/q/"}
def __init__(self, api_key):
super(WeatherHourly, self).__init__()
self.api_key = api_key
self.result = []
self.pp = Prediction()
def hourly(self, location, country):
url = WeatherHourly.url_base + self.api_key + \
WeatherHourly.url_service["hourly"] + country + "/" + location + ".json"
f = requests.get(url)
data_json = json.loads(f.text)
return self.process_data(data_json)
def process_data(self, data_json):
for values in data_json["hourly_forecast"]:
listatemp = []
listatemp.append("Date: " + values["FCTTIME"]["pretty"])
listatemp.append("Temperature: " + values["temp"]["metric"] +
" Celsius" + " / " + values["temp"]["english"] +
" fahrenheit")
listatemp.append("Sensation of temperature: " +
values["feelslike"]["metric"] + " Celsius" +
" / " + values["feelslike"]["english"] +
" fahrenheit")
listatemp.append("Weather Condition: " + values["condition"])
listatemp.append("Humidity: " + values["humidity"] + "%")
listatemp.append("Liquid precipitation: " +
values["qpf"]["metric"] + "mm")
listatemp.append("Advice: " +
self.pp.get_prediction(values["condition"]))
self.result.append(listatemp)
return self.result
values = '[ "' + str(temperature) + '" ]'
request_str = 'http://' + server_addr + ':' + port + \
'/' + auth_token + '/update/' + SET_TEMP_PIN
request = Request(request_str, data=values, headers=HEADERS)
request.get_method = lambda: 'PUT'
print 'Temperature', str(temperature), 'sent to', request_str
response_body = urlopen(request).read()
print response_body + '\n'
prediction = Prediction()
prediction.load_backup()
while True:
# Get the predicted temperature
set_point = prediction.get_prediction(False)
# Tell the server about it
update_temperature(set_point)
# Backup the model
prediction.backup()
# Sleep for 30min
print 'Sleeping for 30min...'
time.sleep(60 * 30)
